This track focuses on recent developments in finite element methods for solving complex engineering problems. Contributions that explore novel algorithms and applications in structural and fluid mechanics are particularly encouraged.

This session will address innovative numerical techniques for multiscale modeling in computational mechanics. Papers that bridge the gap between micro and macro scales in material behavior are welcome.

This track invites discussions on optimization strategies applied to engineering problems, emphasizing mathematical modeling and computational efficiency. Contributions that showcase real-world applications and case studies are highly encouraged.

This session will explore the challenges and methodologies in modeling fluid-structure interaction problems. Papers that present innovative simulation techniques and their applications in engineering contexts are sought.

This track aims to highlight both theoretical advancements and computational methods in continuum mechanics. Contributions that provide insights into material behavior and modeling techniques are particularly welcome.

This session focuses on the role of high-performance computing in enhancing computational mechanics simulations. Papers that demonstrate the application of advanced computing techniques in solving large-scale problems are encouraged.